15x14 5in BS Wide 5 Inner B/L Modular

The 15x14 5in BS Wide 5 Inner B/L Modular wheel from Keizer Aluminum Wheels represents a purpose-built solution for tactical and military vehicle platforms demanding robust off-road capability and secure wheel retention. Engineered for operators and fleet managers who require beadlock technology on demanding terrain, this modular wheel system delivers the performance characteristics necessary for high-stress field operations, vehicle recovery work, and expeditionary deployments where conventional wheels prove inadequate.

Built from premium polished aluminum, the 15x14 5in BS Wide 5 Inner B/L Modular wheel features an inner beadlock design that mechanically clamps the tire bead against the wheel rim, preventing tire rotation and deflation during extreme off-road conditions or rapid pressure changes. The Wide 5 bolt pattern (common across military and commercial tactical vehicles) ensures broad platform compatibility, while the 5-inch backspace geometry optimizes brake clearance and suspension geometry for vehicles with aggressive stance requirements. At 11 pounds per wheel, the aluminum construction balances durability with weight efficiency—critical for vehicles operating under payload constraints or requiring fuel-economy optimization across extended operational distances.

Law enforcement tactical units, military logistics operations, and serious off-road enthusiasts benefit most from this beadlock configuration when operating in low-traction environments, high-altitude terrain, or situations demanding tire pressure reduction without risk of unseating. Installation requires compatible Wide 5 lug vehicles; verify your platform's bolt pattern and backspace specifications before ordering. The modular design allows for field serviceability and tire replacement without full wheel removal on certain platforms, streamlining maintenance cycles in austere operational environments. Purchase the 15x14 5in BS Wide 5 Inner B/L Modular wheel for critical-duty applications where wheel integrity directly impacts mission success.